Innovator Unveils Conway’s Game of Life for 2025 One Hertz Challenge
The 2025 One Hertz Challenge invites participants to create projects that perform an action every second. Among the various entries, one notable project by innovator [junkdust] showcases a unique application of the challenge by implementing Conway’s Game of Life on an ATtiny85 microcontroller. This project not only highlights technical creativity but also serves as a way for [junkdust] to deepen their understanding of this compact yet powerful component.
Project Overview and Functionality
The project utilizes a 0.91-inch OLED display with a resolution of 128 x 32 pixels. However, [junkdust] decided to focus on a 32 x 32 grid for the game, leaving the remaining display area for vital game statistics. Upon powering up, the grid is filled with a random configuration of cells, and the game progresses by updating every second.
This implementation not only serves as an engaging desk toy but also acts as a complex test project. By working within the constraints of the ATtiny85, [junkdust] has created a functioning model that demonstrates the capabilities of this microcontroller. While the ATtiny85 may be a modest component in the realm of electronics, its potential for creative applications is evident in this project.
Significance of the Challenge
The One Hertz Challenge encourages makers and innovators to think outside the box while adhering to a specific time constraint. Many participants have submitted projects focused on timekeeping, but [junkdust] has taken a different approach, combining mathematical concepts with technology. By choosing Conway’s Game of Life, a well-known cellular automaton, [junkdust] merges programming with a classic mathematical challenge.
As this challenge continues to inspire a wide array of projects, it highlights the importance of creativity and innovation in technology. Projects like [junkdust]’s not only entertain but also contribute to the broader community’s knowledge base, showcasing what can be accomplished with limited resources and a well-defined goal.
In conclusion, the 2025 One Hertz Challenge serves as a platform for ingenuity, encouraging participants to explore the limits of technology while engaging with fundamental concepts in mathematics and programming. As seen in [junkdust]’s project, even the simplest components can lead to fascinating outcomes.
